Course

Simplified Orthodontic Excellence: Mastering the TRIAMOND™ System Workflow

The TRIAMOND Pre-Clinical Course is designed to showcase the benefits of the Wedgewise technique and the TRIAMOND system. 
Participants will gain a comprehensive understanding of the system's streamlined workflow through exposure to a diverse range of clinical cases. 
The course includes hands-on sessions where attendees will directly handle the appliance and master wire detail-bending techniques. 
Additionally, experienced users of the TRIAMOND system will share their practical insights and experiences, enriching the learning environment. 
This integrated approach ensures that each participant acquires the skills necessary to deliver efficient and effective orthodontic treatment.
 

Simplified Orthodontic Excellence: Mastering the TRIAMOND™ System Workflow
Moshe Davidovich (Israel) 
DDS, MMSc, Cert Orth

Ortho-Perio Synergy Using the TRIAMOND™ System in a Digital Workflow
Alexandra Osan (Romania)
Orthodontist

Invited speakers - share experience session 
Dr. Roxana Andreica (Romania)
Dr. Adrian Costea (Romania)
Dr. Dan Ignat (Romania)
Dr. Anna-Maria Janosy (Romania)
 

All participants will receive a 7-7 bimax Triamond™ kit (200 euro in value) offered by the Triamond new producer-PSM Medical Gmbh
 

Sponsor: ADENTA

The tomas System: State-of-the-Art Miniscrew Practice (Theory Course & Hands-On)

THEORY COURSE & HANDS-ON WORKSHOP
The tomas System: State-of-the-Art Miniscrew Practice 
 

The Power of Incremental Improvements
How gaining small advantages with the tomas® system will lead to dramatic outcome improvements in your practice

Simplicity is the Ultimate Sophistication
Reliable biomechanics with Dentaurum tomas®-pin

Clinical Cases Treated with the tomas®-pin

Hands-on tomas®-pin Workshop

Orthodontic miniscrews have become an important part of modern orthodontics. In this course, Dr. Baumgaertel will teach the treatment concept he developed and reGined over the years, and which, due to its great success rates, has become one of the most widely adopted approaches to orthodontic miniscrew use, worldwide.
Amongst others you will learn: 
- reasons for mini-implant success and failure 
- best insertion sites for maximum success 
- an atraumatic insertion technique 
- simple but intelligent biomechanics 
The course will culminate in practical implementation of the learned subject matter in clinically realistic hands-on exercises taught by Dr. Baumgaertel on anatomically correct typodonts, including the placement of multiple tomas Pins and installation of the biomechanics to treat four clinically relevant indications.  
Course objectives: 
At the end of this course participants will be able to 
- understand proper mini-implant design 
- identify the best insertion sites for different situations 
- place mini-implants with high success rates 
- load mini-implants successfully 
- minimize side effects 
- treat a wide variety of indications using orthodontic mini-implants

 Sponsor THORADENT / DENTAURUM

The tomas System: State-of-the-Art Miniscrew Practice (Theory Course)

THEORY COURSE 

The tomas System: State-of-the-Art Miniscrew Practice 
 

The Power of Incremental Improvements
How gaining small advantages with the tomas® system will lead to dramatic outcome improvements in your practice

Simplicity is the Ultimate Sophistication
Reliable biomechanics with Dentaurum tomas®-pin

Clinical Cases Treated with the tomas®-pin
Orthodontic miniscrews have become an important part of modern orthodontics. In this course, Dr. Baumgaertel will teach the treatment concept he developed and reGined over the years, and which, due to its great success rates, has become one of the most widely adopted approaches to orthodontic miniscrew use, worldwide.
Amongst others you will learn: 
- reasons for mini-implant success and failure 
- best insertion sites for maximum success 
- an atraumatic insertion technique 
- simple but intelligent biomechanics 
The course will culminate in practical implementation of the learned subject matter in clinically realistic hands-on exercises taught by Dr. Baumgaertel on anatomically correct typodonts, including the placement of multiple tomas Pins and installation of the biomechanics to treat four clinically relevant indications.  
Course objectives: 
At the end of this course participants will be able to 
- understand proper mini-implant design 
- identify the best insertion sites for different situations 
- place mini-implants with high success rates 
- load mini-implants successfully 
- minimize side effects 
- treat a wide variety of indications using orthodontic mini-implants

Sponsor THORADENT / DENTAURUM

Shape memory aligners: A new paradigm

Recent studies have confirmed that thermoform aligners do not have the predicted efficacy for various orthodontic tooth movements. Primary problem has been the plastic material used for thermoformed aligners. It is stiff, does not adapt to teeth unless a bite force is used for first two days which results in its deformation. Along with deformation at the gingival level the magnitude of force delivered is very high and decay is very fast, both are undesirable. 
Recently Graphy from Korea has introduced new resin material TA-28 which has shape memory properties and allows direct printing of aligners. This presentation will describe the evidence-based studies, will discuss the workflow and advantages of using shape memory aligners with examples of treated patients.

Biomechanics and State of Current Thermoformed aligners 
Why Direct Printing and Shape Memory Aligners 
3 D printing Workflow 
Evidence Based studies
Shape Memory Clinical Cases 
TADs and Shape Memory Aligners 

Sponsor: Graphy Company

The use of TADs in special cases and the accessories explained

Course Post-Congress

The use of TADs in special cases and the accessories explained
(Theory course)
Day one : covers the history and global use of Temporary Anchorage Devices (TADs). 

Day two: focuses on TADs for treating skeletal issues non-surgically and moving teeth and alveolar bone in 3D to lessen orthodontic case severity.

The MEAW closing loop method (Multi-loop Edgewise Arch Wire)

(Theory course & Workshop)

Day two: focuses on TADs for treating skeletal issues non-surgically and moving teeth and alveolar bone in 3D to lessen orthodontic case severity.

- We will discuss reducing surgical intervention in orthodontic cases by moving teeth, adjusting alveolar bone, and using camouflage treatment for challenging skeletal issues.
- On the afternoon, we will introduce the MEAW closing loop wire, which may be unfamiliar to many orthodontists. This session will include wire bending, demonstrating an effective closing loop that can be used with the "delayed extraction method in clinical orthodontic treatments";